Flir FH-369-R 320 X 256 Network IP Multispectral Thermal Imaging Camera with 9mm Lens

The FH-369-R from Flir is a 320 X 256 network IP multispectral thermal imaging camera with a 9mm lens. The FLIR FH-Series R features ruggedized, multispectral fixed cameras integrating industry-leading thermal imaging with 4K visible imaging for rapid visual verification of hot spots, ideal for early fire detection applications. When a hot spot is detected, the temperature measurement is sent to the operator through a connected Video Management System (VMS), allowing for quick response. Custom scheduling provides security personnel flexibility to manage alarms based on operating hours and seasonal requirements, while intelligent vehicle detection minimizes false alarms from hot exhaust pipes.

Flir FH-369-R Rapid Detection and Visual Verification

• High-resolution Imaging: Detect hot spots instantly with thermal resolution up to 640 × 512 and <35 mK thermal sensitivity.
• 4K Visible Camera: See smoke and verify threats immediately with high-definition visible imaging.
• Cost-efficient Dual Function: Combines two-camera installations into one connection, reducing overall installation costs.
• Long-term Reliability: Comes with a 10-year thermal sensor warranty for added peace of mind.

Flir FH-369-R Intelligent Alarms

• Comprehensive Threat Detection: Detect both intruders and hot spots using advanced on-board video analytics.
• Vehicle Exclusion Mode: Significantly reduce false temperature alarms from hot exhaust pipes.
• Customizable Detection: Use on-board scheduling to adapt detections based on time, business hours, or seasonality.

Flir FH-369-R Easy Integration

• Enhanced System Compatibility: Utilize on-board NEXUS technology to connect with FLIR edge devices seamlessly.
• Integration with Software: Works well with FLIR United VMS and major third-party VMS solutions.
• ONVIF Compliant: Adheres to ONVIF Conformant S/G/T profiles for optimized integration.
• Radiometric Alarms: Receive useful alerts through compatible VMS platforms for better monitoring.

Detailed Specifications